I would use centimetres and millimetres
The answer depends on what characteristic you wish to measure: its mass, length, volume etc.
You would answer it with cubic feet
A metres, for an approximate measure, a centimetre for a more accurate measure.
To calculate the thickness of a piece of string, you can use a micrometer or caliper to measure its diameter directly. If you don't have these tools, you can wrap the string around a cylindrical object, count the number of wraps, and measure the total length of the wrapped section. Divide the total length by the number of wraps to find the thickness. This method assumes that the string is uniform in thickness along its length.
A bit longer than this piece of string!
it depends on the size of the noodle and I would suggest inches
The answer depends on what characteristic you wish to measure: its mass, length, volume etc.
decimeter........... I think you could use millimeters, centimeters, or inches.
Planck length, which is approx 1.616 * 10-35 metres. However, as Einstein showed, length depends on the frame of reference and its motion.
The answer will depend on what you wish to measure: the length, thickness, mass, hardness etc.The answer will depend on what you wish to measure: the length, thickness, mass, hardness etc.The answer will depend on what you wish to measure: the length, thickness, mass, hardness etc.The answer will depend on what you wish to measure: the length, thickness, mass, hardness etc.
I would measure it with a ruler.
centimeter
Any measure of length will do, but the most common would be feet or meters.
You would answer it with cubic feet
length
A metres, for an approximate measure, a centimetre for a more accurate measure.
To calculate the thickness of a piece of string, you can use a micrometer or caliper to measure its diameter directly. If you don't have these tools, you can wrap the string around a cylindrical object, count the number of wraps, and measure the total length of the wrapped section. Divide the total length by the number of wraps to find the thickness. This method assumes that the string is uniform in thickness along its length.